A new project combining cutting edge astronomy with performance art was premiered at the European Week of Astronomy & Space Science (EWASS), organised by the European Astronomical Society and the Royal Astronomical Society in Liverpool on 3rd April.
LJMU’s Copperas Hill development has won an award for the Best New Build Project at the Merseyside Civic Design Awards.
Girls and women who have been through the care system should be diverted away from custodial sentences into community alternatives wherever possible, says a new report published today (Weds 4 May 2022). And the study adds that moves to prevent the criminalisation of girls in care need to be high on the agenda for change.
A unique project led by Liverpool John Moores University is set to produce a lasting legacy of climate change education by creating a suite of new multi-media content for children (7-12 years), parents, and educators.
Morgan Sindall Construction has signed a contract to deliver Liverpool John Moores University’s landmark new development on Copperas Hill.
Local SMEs and entrepreneurs in the region will be at the forefront of creating a new generation of Internet of Things (IoT) enabled services and applications as Sensor City has been selected as one of six partners to drive a new initiative to boost the range of products and services that will transform the UK’s digital economy.
The researcher engagement team are committed to open science and data management by working with researchers to deposit their data in the LJMU Data Repository. These ongoing efforts enhance data accessibility, reproducibility, and transparency in research.
Face Lab reconstruction of Scottish hero's head on display for 750 anniversary
LJMU has welcomed former Lancashire Constabulary Chief Constable Steve Finnigan CBE to teach the next generation of police leaders, at the Liverpool Centre for Advanced Policing Studies.
The Astrophysics Research Institute (ARI) has won a £1.2m grant from the Science and Technology Facilities Council (STFC), to support cutting-edge research at Liverpool John Moores University